General structure of polarization characteristics in deuteron electrodisintegration

The dependence of the differential cross-section of e-+d→e-+n+p reaction on vector and tensor polarizations of deuteron target during nonpolarized and polarized electron scattering (all other particles are nonpolarized) was established in the framework of single-photon mechanism. The dependence of all asymmetries in the process of e-+d→e-+n+p, conditioned by e- and α polarizations, on two oUt of five kinematic variables, namely on phi azimuthal angle and parameter of virtual photon linear polarization, was established in apparent form, attracting only the preservation of electromagnetic hadron current without of concretization of γ*+d→n+p reaction on these variables can be established in the general form as well. Polarization effects, conditioned by strong np-interaction in the finite state and therefore absent in impulse approximation are numerated